private void StopClimbing()
{
m_bClimbing = false;
m_rLadder = null;
movementController.EnableMovement();
float fVertical = characterInput.Vertical;
float fHorizontal = characterInput.Horizontal;
if (characterInput.Jump)
{
if (!(fVertical < 0.0f && Mathf.Abs(fVertical) >= Mathf.Abs(fHorizontal)))
{
movementController.Jump();
}
m_bQuitByJumping = true;
m_fQuitByJumpingRemainingTime = quitByJumpingDuration;
}
else
{
movementController.CanJump(canJumpAfterLadderDuration);
}
if (onStopClimb != null)
{
onStopClimb();
}
}
public void OnLadderColliderEnter(Object_Ladder_Collider a_rLadderCollider)
{
Object_Ladder rLadder = a_rLadderCollider.ladder;
if (m_oLadders.Contains(rLadder) == false)
{
m_oLadders.Add(rLadder);
}
}
private void StartClimbing(Object_Ladder a_rLadder)
{
m_bQuitByJumping = false;
m_bClimbing = true;
m_rLadder = a_rLadder;
Position = m_rLadder.SnapOnLadder(Position, climberTop.position, climberBottom.position);
movementController.DisableMovement();
if (onStartClimb != null)
{
onStartClimb();
}
}
public Object_Ladder GetNearestLadder(Vector2 a_f2Position)
{
Object_Ladder rNearestLadder = null;
float fDistanceMin = float.PositiveInfinity;
foreach (Object_Ladder rLadder in m_oLadders)
{
float fDistance = rLadder.DistanceToLadder(a_f2Position);
if (fDistance < fDistanceMin)
{
fDistanceMin = fDistance;
rNearestLadder = rLadder;
}
}
return(rNearestLadder);
}
private void ProcessLadderClimb()
{
float fVertical = characterInput.Vertical;
float fHorizontal = characterInput.Horizontal;
bool bQuitLadder = (fHorizontal != 0.0f && Mathf.Abs(fHorizontal) > Mathf.Abs(fVertical)) ||
characterInput.Jump;
if (m_bQuitByJumping)
{
m_fQuitByJumpingRemainingTime -= Time.fixedDeltaTime;
if (m_fQuitByJumpingRemainingTime <= 0)
{
m_bQuitByJumping = false;
}
}
if (m_bClimbing)
{
if (bQuitLadder)
{
StopClimbing();
}
else
{
float fClimbSpeed;
if (characterInput.Run)
{
fClimbSpeed = climbRunSpeed;
}
else
{
fClimbSpeed = climbSpeed;
}
Climb(fClimbSpeed * Time.fixedDeltaTime * fVertical);
}
}
else if (bQuitLadder == false && m_bQuitByJumping == false)
{
if (fVertical != 0.0f)
{
Object_Ladder rLadder = ladderTester.GetNearestLadder(movementController.rigidbodyComponent.transform.position);
if (rLadder != null)
{
if (fVertical > 0.0f)
{
if (climberTop.position.y > rLadder.ladderTop.position.y - canClimbInADirectionTolerance)
{
return;
}
}
else
{
if (climberBottom.position.y < rLadder.ladderBottom.position.y + canClimbInADirectionTolerance)
{
return;
}
}
StartClimbing(rLadder);
}
}
}
}
private void StopClimbing()
{
m_bClimbing = false;
m_rLadder = null;
movementController.EnableMovement();
float fVertical = characterInput.Vertical;
float fHorizontal = characterInput.Horizontal;
if(characterInput.Jump)
{
if(!(fVertical < 0.0f && Mathf.Abs(fVertical) >= Mathf.Abs(fHorizontal)))
{
movementController.Jump();
}
m_bQuitByJumping = true;
m_fQuitByJumpingRemainingTime = quitByJumpingDuration;
}
else
{
movementController.CanJump(canJumpAfterLadderDuration);
}
if(onStopClimb != null)
{
onStopClimb();
}
}
private void StartClimbing(Object_Ladder a_rLadder)
{
m_bQuitByJumping = false;
m_bClimbing = true;
m_rLadder = a_rLadder;
Position = m_rLadder.SnapOnLadder(Position, climberTop.position, climberBottom.position);
movementController.DisableMovement();
if(onStartClimb != null)
{
onStartClimb();
}
}
public void OnLadderColliderExit(Object_Ladder_Collider a_rLadderCollider)
{
Object_Ladder rLadder = a_rLadderCollider.ladder;
m_oLadders.Remove(rLadder);
}